1.
A Study of Ultrafast All-optical Polarization Switch Based on Spin Relaxation in InGaAs/InP MQWs;
基于InGaAs/InP多量子阱中电子自旋弛豫的超快全光偏振开关的研究
2.
All-Optical Switching in Polymer Pumped by a Beam with Linear-Circular Double Polarization
线-圆双偏振态光束抽运有机聚合物全光开关
3.
The Exploration on Establishing Experiment of Polarization of Light with Spectrometer
用分光计开设有关光的偏振实验探讨
4.
Studies on Polarization Switching Performance of VCSEL Subjected to Optical Pulse Injection
光脉冲注入下VCSEL的偏振开关特性研究
5.
Polarization switching performance of VCSEL subjected to optical pulse injection
光脉冲注入下VCSEL的偏振开关特性
6.
Research on the Switching Property and Polarization Characteristics of Nonlinear Optical Loop Mirror;
非线性光纤环形镜的开关特性及偏振特性研究
7.
Linearly polarized light will in consequence become elliptically polarized on total reflection.
因此，线偏振光径全反射后将变成椭圆偏振光。
8.
The Totally Reflected State of Polarization about a Beam of Linearly Polarized Light;
线偏振光经介质分界面全反射后的偏振态
9.
The reflected light is weak and completely linearly polarized.
反射光较弱，且是完全线偏振的。
10.
Study on Polarization-independent Optical Isolator and Its Arrayed Construction;
偏振无关型光隔离器及其阵列的研究
11.
Design of polarization-independent and temperature-in sensitive electro-optical modulator
温度不敏感偏振无关电光调制器设计
12.
The visibility of polarization-insensitive fiber-optic Michelson interferometers
偏振无关Michelson光纤干涉仪的可见度
13.
Research on All Fiber-based Polarization Sensitive Optical Coherence Tomography System
全光纤偏振敏感光学相干层析系统研究
14.
Elimination of Polarization Fading in Fiber Fourier Transform Spectrometer
全光纤傅里叶变换光谱仪消偏振衰落技术研究
15.
Dual-Channel PolSK Optical Transmissions Using SOA-Based All-Optical Polarization Modulations
基于SOA全光偏振调制的双信道PolSK光传输系统
16.
Polarization holography with depolarized reference beam is an effective means of recording and reconstructing the polarization state of the object wave in holography.
消偏参考光的偏振全息术是能记录并再现物光波偏振状态的一种有效方法。
17.
Optical flux is an important parameter of polarization interference spectrometer.
光通量是偏振干涉成像光谱仪的关键参量之一.
18.
Study on PDL of Long-Period Fiber Gratings and Methods for Reducing PDL;
长周期光纤光栅偏振相关损耗及降低方法研究